| __`SYSLIB1221`__ | JsonSourceGenerator does not support this C# language version. |
| __`SYSLIB1222`__ | Constructor annotated with JsonConstructorAttribute is inaccessible. |
| __`SYSLIB1223`__ | Attributes deriving from JsonConverterAttribute are not supported by the source generator. |
-| __`SYSLIB1224`__ | *`SYSLIB1220`-`SYSLIB229` reserved for System.Text.Json.SourceGeneration.* |
+| __`SYSLIB1224`__ | Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext. |
| __`SYSLIB1225`__ | *`SYSLIB1220`-`SYSLIB229` reserved for System.Text.Json.SourceGeneration.* |
| __`SYSLIB1226`__ | *`SYSLIB1220`-`SYSLIB229` reserved for System.Text.Json.SourceGeneration.* |
| __`SYSLIB1227`__ | *`SYSLIB1220`-`SYSLIB229` reserved for System.Text.Json.SourceGeneration.* |
public static string GetFullyQualifiedName(this ITypeSymbol type) => type.ToDisplayString(SymbolDisplayFormat.FullyQualifiedFormat);
- public static Location? GetDiagnosticLocation(this ISymbol typeSymbol)
+ public static Location? GetLocation(this ISymbol typeSymbol)
=> typeSymbol.Locations.Length > 0 ? typeSymbol.Locations[0] : null;
- public static Location? GetDiagnosticLocation(this AttributeData attributeData)
+ public static Location? GetLocation(this AttributeData attributeData)
{
SyntaxReference? reference = attributeData.ApplicationSyntaxReference;
return reference?.SyntaxTree.GetLocation(reference.Span);
/// <summary>
/// Creates a copy of the Location instance that does not capture a reference to Compilation.
/// </summary>
- [return: NotNullIfNotNull(nameof(location))]
- public static Location? GetTrimmedLocation(this Location? location)
- => location is null ? null : Location.Create(location.SourceTree?.FilePath ?? "", location.SourceSpan, location.GetLineSpan().Span);
+ public static Location GetTrimmedLocation(this Location location)
+ => Location.Create(location.SourceTree?.FilePath ?? "", location.SourceSpan, location.GetLineSpan().Span);
+
+ /// <summary>
+ /// Returns true if the specified location is contained in one of the syntax trees in the compilation.
+ /// </summary>
+ public static bool ContainsLocation(this Compilation compilation, Location location)
+ => location.SourceTree != null && compilation.ContainsSyntaxTree(location.SourceTree);
/// <summary>
/// Removes any type metadata that is erased at compile time, such as NRT annotations and tuple labels.
category: JsonConstants.SystemTextJsonSourceGenerationName,
defaultSeverity: DiagnosticSeverity.Warning,
isEnabledByDefault: true);
+
+ public static DiagnosticDescriptor JsonSerializableAttributeOnNonContextType { get; } = new DiagnosticDescriptor(
+ id: "SYSLIB1224",
+ title: new LocalizableResourceString(nameof(SR.JsonSerializableAttributeOnNonContextTypeTitle), SR.ResourceManager, typeof(FxResources.System.Text.Json.SourceGeneration.SR)),
+ messageFormat: new LocalizableResourceString(nameof(SR.JsonSerializableAttributeOnNonContextTypeMessageFormat), SR.ResourceManager, typeof(FxResources.System.Text.Json.SourceGeneration.SR)),
+ category: JsonConstants.SystemTextJsonSourceGenerationName,
+ defaultSeverity: DiagnosticSeverity.Warning,
+ isEnabledByDefault: true);
}
}
}
#pragma warning restore
public List<DiagnosticInfo> Diagnostics { get; } = new();
+ private Location? _contextClassLocation;
public void ReportDiagnostic(DiagnosticDescriptor descriptor, Location? location, params object?[]? messageArgs)
{
+ Debug.Assert(_contextClassLocation != null);
+
+ if (location is null || !_knownSymbols.Compilation.ContainsLocation(location))
+ {
+ // If location is null or is a location outside of the current compilation, fall back to the location of the context class.
+ location = _contextClassLocation;
+ }
+
Diagnostics.Add(new DiagnosticInfo
{
Descriptor = descriptor,
// Ensure context-scoped metadata caches are empty.
Debug.Assert(_typesToGenerate.Count == 0);
Debug.Assert(_generatedTypes.Count == 0);
+ Debug.Assert(_contextClassLocation is null);
INamedTypeSymbol? contextTypeSymbol = semanticModel.GetDeclaredSymbol(contextClassDeclaration, cancellationToken);
Debug.Assert(contextTypeSymbol != null);
+ _contextClassLocation = contextTypeSymbol.GetLocation();
+ Debug.Assert(_contextClassLocation is not null);
+
if (!_knownSymbols.JsonSerializerContextType.IsAssignableFrom(contextTypeSymbol))
{
+ ReportDiagnostic(DiagnosticDescriptors.JsonSerializableAttributeOnNonContextType, _contextClassLocation, contextTypeSymbol.ToDisplayString());
return null;
}
- if (!TryParseJsonSerializerContextAttributes(
- contextTypeSymbol,
+ ParseJsonSerializerContextAttributes(contextTypeSymbol,
out List<TypeToGenerate>? rootSerializableTypes,
- out SourceGenerationOptionsSpec? options))
- {
- // Context does not specify any source gen attributes.
- return null;
- }
+ out SourceGenerationOptionsSpec? options);
if (rootSerializableTypes is null)
{
- // No types were indicated with [JsonSerializable]
+ // No types were annotated with JsonSerializableAttribute.
+ // Can only be reached if a [JsonSerializable(null)] declaration has been made.
+ // Do not emit a diagnostic since a NRT warning will also be emitted.
return null;
}
+ Debug.Assert(rootSerializableTypes.Count > 0);
+
LanguageVersion? langVersion = _knownSymbols.Compilation.GetLanguageVersion();
if (langVersion is null or < MinimumSupportedLanguageVersion)
{
// Unsupported lang version should be the first (and only) diagnostic emitted by the generator.
- ReportDiagnostic(DiagnosticDescriptors.JsonUnsupportedLanguageVersion, contextTypeSymbol.GetDiagnosticLocation(), langVersion?.ToDisplayString(), MinimumSupportedLanguageVersion.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.JsonUnsupportedLanguageVersion, _contextClassLocation, langVersion?.ToDisplayString(), MinimumSupportedLanguageVersion.ToDisplayString());
return null;
}
- Location contextLocation = contextClassDeclaration.GetLocation();
if (!TryGetNestedTypeDeclarations(contextClassDeclaration, semanticModel, cancellationToken, out List<string>? classDeclarationList))
{
// Class or one of its containing types is not partial so we can't add to it.
- ReportDiagnostic(DiagnosticDescriptors.ContextClassesMustBePartial, contextLocation, contextTypeSymbol.Name);
+ ReportDiagnostic(DiagnosticDescriptors.ContextClassesMustBePartial, _contextClassLocation, contextTypeSymbol.Name);
return null;
}
// Enqueue attribute data for spec generation
foreach (TypeToGenerate rootSerializableType in rootSerializableTypes)
{
- EnqueueType(rootSerializableType.Type, rootSerializableType.Mode, rootSerializableType.TypeInfoPropertyName, rootSerializableType.AttributeLocation);
+ _typesToGenerate.Enqueue(rootSerializableType);
}
// Walk the transitive type graph generating specs for every encountered type.
TypeToGenerate typeToGenerate = _typesToGenerate.Dequeue();
if (!_generatedTypes.ContainsKey(typeToGenerate.Type))
{
- TypeGenerationSpec spec = ParseTypeGenerationSpec(typeToGenerate, contextTypeSymbol, contextLocation, options);
+ TypeGenerationSpec spec = ParseTypeGenerationSpec(typeToGenerate, contextTypeSymbol, options);
_generatedTypes.Add(typeToGenerate.Type, spec);
}
}
// Clear the caches of generated metadata between the processing of context classes.
_generatedTypes.Clear();
_typesToGenerate.Clear();
+ _contextClassLocation = null;
return contextGenSpec;
}
return true;
}
- private TypeRef EnqueueType(ITypeSymbol type, JsonSourceGenerationMode? generationMode, string? typeInfoPropertyName = null, Location? attributeLocation = null)
+ private TypeRef EnqueueType(ITypeSymbol type, JsonSourceGenerationMode? generationMode)
{
// Trim compile-time erased metadata such as tuple labels and NRT annotations.
type = _knownSymbols.Compilation.EraseCompileTimeMetadata(type);
{
Type = type,
Mode = generationMode,
- TypeInfoPropertyName = typeInfoPropertyName,
- AttributeLocation = attributeLocation,
+ TypeInfoPropertyName = null,
+ Location = type.GetLocation(),
+ AttributeLocation = null,
});
return new TypeRef(type);
}
- private bool TryParseJsonSerializerContextAttributes(
+ private void ParseJsonSerializerContextAttributes(
INamedTypeSymbol contextClassSymbol,
out List<TypeToGenerate>? rootSerializableTypes,
out SourceGenerationOptionsSpec? options)
options = ParseJsonSourceGenerationOptionsAttribute(contextClassSymbol, attributeData);
}
}
-
- return rootSerializableTypes != null || options != null;
}
private SourceGenerationOptionsSpec ParseJsonSourceGenerationOptionsAttribute(INamedTypeSymbol contextType, AttributeData attributeData)
};
}
- private static TypeToGenerate? ParseJsonSerializableAttribute(AttributeData attributeData)
+ private TypeToGenerate? ParseJsonSerializableAttribute(AttributeData attributeData)
{
- ITypeSymbol? typeSymbol = null;
- string? typeInfoPropertyName = null;
- JsonSourceGenerationMode? generationMode = null;
-
Debug.Assert(attributeData.ConstructorArguments.Length == 1);
- foreach (TypedConstant value in attributeData.ConstructorArguments)
+ var typeSymbol = (ITypeSymbol?)attributeData.ConstructorArguments[0].Value;
+ if (typeSymbol is null)
{
- typeSymbol = value.Value as ITypeSymbol;
+ return null;
}
+ JsonSourceGenerationMode? generationMode = null;
+ string? typeInfoPropertyName = null;
+
foreach (KeyValuePair<string, TypedConstant> namedArg in attributeData.NamedArguments)
{
switch (namedArg.Key)
}
}
- if (typeSymbol is null)
+ Location? location = typeSymbol.GetLocation();
+ Location? attributeLocation = attributeData.GetLocation();
+ Debug.Assert(attributeLocation != null);
+
+ if (location is null || !_knownSymbols.Compilation.ContainsLocation(location))
{
- return null;
+ // For symbols located outside the compilation, fall back to attribute location instead.
+ location = attributeLocation;
}
return new TypeToGenerate
{
- Type = typeSymbol,
+ Type = _knownSymbols.Compilation.EraseCompileTimeMetadata(typeSymbol),
Mode = generationMode,
TypeInfoPropertyName = typeInfoPropertyName,
- AttributeLocation = attributeData.GetDiagnosticLocation(),
+ Location = location,
+ AttributeLocation = attributeLocation,
};
}
- private TypeGenerationSpec ParseTypeGenerationSpec(in TypeToGenerate typeToGenerate, INamedTypeSymbol contextType, Location contextLocation, SourceGenerationOptionsSpec? options)
+ private TypeGenerationSpec ParseTypeGenerationSpec(in TypeToGenerate typeToGenerate, INamedTypeSymbol contextType, SourceGenerationOptionsSpec? options)
{
Debug.Assert(IsSymbolAccessibleWithin(typeToGenerate.Type, within: contextType), "should not generate metadata for inaccessible types.");
ITypeSymbol type = typeToGenerate.Type;
- Location typeLocation = type.GetDiagnosticLocation() ?? typeToGenerate.AttributeLocation ?? contextLocation;
ClassType classType;
JsonPrimitiveTypeKind? primitiveTypeKind = GetPrimitiveTypeKind(type);
bool implementsIJsonOnSerialized = false;
bool implementsIJsonOnSerializing = false;
- ProcessTypeCustomAttributes(typeToGenerate, contextType, typeLocation,
+ ProcessTypeCustomAttributes(typeToGenerate, contextType,
out JsonNumberHandling? numberHandling,
out JsonUnmappedMemberHandling? unmappedMemberHandling,
out JsonObjectCreationHandling? preferredPropertyObjectCreationHandling,
if (!TryGetDeserializationConstructor(type, useDefaultCtorInAnnotatedStructs, out IMethodSymbol? constructor))
{
- ReportDiagnostic(DiagnosticDescriptors.MultipleJsonConstructorAttribute, typeLocation, type.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.MultipleJsonConstructorAttribute, typeToGenerate.Location, type.ToDisplayString());
}
else if (constructor != null && !IsSymbolAccessibleWithin(constructor, within: contextType))
{
- ReportDiagnostic(DiagnosticDescriptors.JsonConstructorInaccessible, typeLocation, type.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.JsonConstructorInaccessible, typeToGenerate.Location, type.ToDisplayString());
constructor = null;
}
implementsIJsonOnSerialized = _knownSymbols.IJsonOnSerializedType.IsAssignableFrom(type);
ctorParamSpecs = ParseConstructorParameters(typeToGenerate, constructor, out constructionStrategy, out constructorSetsRequiredMembers);
- propertySpecs = ParsePropertyGenerationSpecs(contextType, typeToGenerate, typeLocation, options, out hasExtensionDataProperty, out fastPathPropertyIndices);
+ propertySpecs = ParsePropertyGenerationSpecs(contextType, typeToGenerate, options, out hasExtensionDataProperty, out fastPathPropertyIndices);
propertyInitializerSpecs = ParsePropertyInitializers(ctorParamSpecs, propertySpecs, constructorSetsRequiredMembers, ref constructionStrategy);
}
if (classType is ClassType.TypeUnsupportedBySourceGen)
{
- ReportDiagnostic(DiagnosticDescriptors.TypeNotSupported, typeToGenerate.AttributeLocation ?? typeLocation, type.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.TypeNotSupported, typeToGenerate.AttributeLocation ?? typeToGenerate.Location, type.ToDisplayString());
}
if (!_generatedContextAndTypeNames.Add((contextType.Name, typeInfoPropertyName)))
{
// The context name/property name combination will result in a conflict in generated types.
// Workaround for https://github.com/dotnet/roslyn/issues/54185 by keeping track of the file names we've used.
- ReportDiagnostic(DiagnosticDescriptors.DuplicateTypeName, typeToGenerate.AttributeLocation ?? contextLocation, typeInfoPropertyName);
+ ReportDiagnostic(DiagnosticDescriptors.DuplicateTypeName, typeToGenerate.AttributeLocation ?? _contextClassLocation, typeInfoPropertyName);
classType = ClassType.TypeUnsupportedBySourceGen;
}
private void ProcessTypeCustomAttributes(
in TypeToGenerate typeToGenerate,
INamedTypeSymbol contextType,
- Location typeLocation,
out JsonNumberHandling? numberHandling,
out JsonUnmappedMemberHandling? unmappedMemberHandling,
out JsonObjectCreationHandling? objectCreationHandling,
if (!isPolymorphic && typeToGenerate.Mode == JsonSourceGenerationMode.Serialization)
{
- ReportDiagnostic(DiagnosticDescriptors.PolymorphismNotSupported, typeLocation, typeToGenerate.Type.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.PolymorphismNotSupported, typeToGenerate.Location, typeToGenerate.Type.ToDisplayString());
}
isPolymorphic = true;
private List<PropertyGenerationSpec> ParsePropertyGenerationSpecs(
INamedTypeSymbol contextType,
in TypeToGenerate typeToGenerate,
- Location typeLocation,
SourceGenerationOptionsSpec? options,
out bool hasExtensionDataProperty,
out List<int>? fastPathPropertyIndices)
{
+ Location? typeLocation = typeToGenerate.Location;
List<PropertyGenerationSpec> properties = new();
PropertyHierarchyResolutionState state = new();
hasExtensionDataProperty = false;
private PropertyGenerationSpec? ParsePropertyGenerationSpec(
INamedTypeSymbol contextType,
TypeRef declaringType,
- Location typeLocation,
+ Location? typeLocation,
ITypeSymbol memberType,
ISymbol memberInfo,
ref bool typeHasExtensionDataProperty,
if (hasJsonIncludeButIsInaccessible)
{
- ReportDiagnostic(DiagnosticDescriptors.InaccessibleJsonIncludePropertiesNotSupported, memberInfo.GetDiagnosticLocation(), declaringType.Name, memberInfo.Name);
+ ReportDiagnostic(DiagnosticDescriptors.InaccessibleJsonIncludePropertiesNotSupported, memberInfo.GetLocation(), declaringType.Name, memberInfo.Name);
}
if (isExtensionData)
if (!IsValidDataExtensionPropertyType(memberType))
{
- ReportDiagnostic(DiagnosticDescriptors.DataExtensionPropertyInvalid, memberInfo.GetDiagnosticLocation(), declaringType.Name, memberInfo.Name);
+ ReportDiagnostic(DiagnosticDescriptors.DataExtensionPropertyInvalid, memberInfo.GetLocation(), declaringType.Name, memberInfo.Name);
}
typeHasExtensionDataProperty = true;
if (!SymbolEqualityComparer.Default.Equals(attributeData.AttributeClass, _knownSymbols.JsonConverterAttributeType))
{
- ReportDiagnostic(DiagnosticDescriptors.DerivedJsonConverterAttributesNotSupported, attributeData.GetDiagnosticLocation(), attributeData.AttributeClass!.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.DerivedJsonConverterAttributesNotSupported, attributeData.GetLocation(), attributeData.AttributeClass!.ToDisplayString());
return null;
}
!_knownSymbols.JsonConverterType.IsAssignableFrom(namedConverterType) ||
!namedConverterType.Constructors.Any(c => c.Parameters.Length == 0 && IsSymbolAccessibleWithin(c, within: contextType)))
{
- ReportDiagnostic(DiagnosticDescriptors.JsonConverterAttributeInvalidType, attributeData.GetDiagnosticLocation(), converterType?.ToDisplayString() ?? "null", declaringSymbol.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.JsonConverterAttributeInvalidType, attributeData.GetLocation(), converterType?.ToDisplayString() ?? "null", declaringSymbol.ToDisplayString());
return null;
}
if (_knownSymbols.JsonStringEnumConverterType.IsAssignableFrom(converterType))
{
- ReportDiagnostic(DiagnosticDescriptors.JsonStringEnumConverterNotSupportedInAot, attributeData.GetDiagnosticLocation(), declaringSymbol.ToDisplayString());
+ ReportDiagnostic(DiagnosticDescriptors.JsonStringEnumConverterNotSupportedInAot, attributeData.GetLocation(), declaringSymbol.ToDisplayString());
}
return new TypeRef(converterType);
private readonly struct TypeToGenerate
{
public required ITypeSymbol Type { get; init; }
- public JsonSourceGenerationMode? Mode { get; init; }
- public string? TypeInfoPropertyName { get; init; }
- public Location? AttributeLocation { get; init; }
+ public required JsonSourceGenerationMode? Mode { get; init; }
+ public required string? TypeInfoPropertyName { get; init; }
+ public required Location? Location { get; init; }
+ public required Location? AttributeLocation { get; init; }
}
}
}
<value>System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089</value>
</resheader>
<data name="DuplicateTypeNameMessageFormat" xml:space="preserve">
- <value>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</value>
+ <value>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</value>
</data>
<data name="DuplicateTypeNameTitle" xml:space="preserve">
<value>Duplicate type name.</value>
<data name="JsonConstructorInaccessibleMessageFormat" xml:space="preserve">
<value>The constructor on type '{0}' has been annotated with JsonConstructorAttribute but is not accessible by the source generator.</value>
</data>
+ <data name="JsonSerializableAttributeOnNonContextTypeTitle" xml:space="preserve">
+ <value>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</value>
+ </data>
+ <data name="JsonSerializableAttributeOnNonContextTypeMessageFormat" xml:space="preserve">
+ <value>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</value>
+ </data>
</root>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Existuje několik typů s názvem {0}. Zdroj se vygeneroval pro první zjištěný typ. Tuto kolizi vyřešíte pomocí JsonSerializableAttribute.TypeInfoPropertyName.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Existuje několik typů s názvem {0}. Zdroj se vygeneroval pro první zjištěný typ. Tuto kolizi vyřešíte pomocí JsonSerializableAttribute.TypeInfoPropertyName.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">JsonConverterAttribute.Type obsahuje neplatný nebo nepřístupný argument.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Člen {0} byl opatřen poznámkou jsonStringEnumConverter, což není v nativním AOT podporováno. Zvažte použití obecného objektu JsonStringEnumConverter<TEnum>.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Es sind mehrere Typen namens "{0}" vorhanden. Die Quelle wurde für den ersten festgestellten Typ generiert. Verwenden Sie "JsonSerializableAttribute.TypeInfoPropertyName", um diesen Konflikt zu beheben.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Es sind mehrere Typen namens "{0}" vorhanden. Die Quelle wurde für den ersten festgestellten Typ generiert. Verwenden Sie "JsonSerializableAttribute.TypeInfoPropertyName", um diesen Konflikt zu beheben.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">"JsonConverterAttribute.Type" enthält ein ungültiges oder nicht zugängliches Argument.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Der Member "{0}" wurde mit "JsonStringEnumConverter" kommentiert, was in nativem AOT nicht unterstützt wird. Erwägen Sie stattdessen die Verwendung des generischen "JsonStringEnumConverter<TEnum>".</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Hay varios tipos denominados {0}. El origen se generó para el primero detectado. Use "JsonSerializableAttribute.TypeInfoPropertyName" para resolver esta colisión.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Hay varios tipos denominados {0}. El origen se generó para el primero detectado. Use "JsonSerializableAttribute.TypeInfoPropertyName" para resolver esta colisión.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">“JsonConverterAttribute.Type” contiene un argumento no válido o inaccesible.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">El miembro '{0}' se ha anotado con 'JsonStringEnumConverter', que no se admite en AOT nativo. Considere la posibilidad de usar el elemento genérico "JsonStringEnumConverter<TEnum>" en su lugar.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Plusieurs types nommés {0}. La source a été générée pour la première détection détectée. Utilisez « JsonSerializableAttribute.TypeInfoPropertyName » pour résoudre cette collision.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Plusieurs types nommés {0}. La source a été générée pour la première détection détectée. Utilisez « JsonSerializableAttribute.TypeInfoPropertyName » pour résoudre cette collision.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type' contient un argument non valide ou inaccessible.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Le membre '{0}' a été annoté avec 'JsonStringEnumConverter', ce qui n’est pas pris en charge dans AOT natif. Utilisez plutôt le générique 'JsonStringEnumConverter<TEnum>'.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Sono presenti più tipi denominati {0}. L'origine è stata generata per il primo tipo rilevato. Per risolvere questa collisione, usare 'JsonSerializableAttribute.TypeInfoPropertyName'.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Sono presenti più tipi denominati {0}. L'origine è stata generata per il primo tipo rilevato. Per risolvere questa collisione, usare 'JsonSerializableAttribute.TypeInfoPropertyName'.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type' contiene un argomento non valido o inaccessibile.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Il membro '{0}' è stato annotato con 'JsonStringEnumConverter' che non è supportato in AOT nativo. Provare a usare il generico 'JsonStringEnumConverter<TEnum>'.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">{0} と名前が付けられた種類が複数あります。最初に検出されたものに対してソースが生成されました。この問題を解決するには、'JsonSerializableAttribute.TypeInfoPropertyName' を使用します。</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">{0} と名前が付けられた種類が複数あります。最初に検出されたものに対してソースが生成されました。この問題を解決するには、'JsonSerializableAttribute.TypeInfoPropertyName' を使用します。</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type' に無効な、またはアクセスできない引数が含まれています。</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">メンバー '{0}' には、ネイティブ AOT ではサポートされていない 'JsonStringEnumConverter' の注釈が付けられています。 代わりに汎用の 'JsonStringEnumConverter<TEnum>' を使用することを検討してください。</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">이름이 {0}인 형식이 여러 개 있습니다. 처음 검색한 원본에 대해 원본이 생성되었습니다. 이 충돌을 해결하려면 'JsonSerializableAttribute.TypeInfoPropertyName'을 사용하세요.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">이름이 {0}인 형식이 여러 개 있습니다. 처음 검색한 원본에 대해 원본이 생성되었습니다. 이 충돌을 해결하려면 'JsonSerializableAttribute.TypeInfoPropertyName'을 사용하세요.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type'에 잘못되었거나 액세스할 수 없는 인수가 포함되어 있습니다.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">'{0}' 멤버에 네이티브 AOT에서 지원되지 않는 'JsonStringEnumConverter'로 주석이 달렸습니다. 대신 제네릭 'JsonStringEnumConverter<TEnum>'을 사용해 보세요.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Istnieje wiele typów o nazwie {0}. Wygenerowano źródło dla pierwszego wykrytego elementu. Aby rozwiązać tę kolizję, użyj „JsonSerializableAttribute. TypeInfoPropertyName”.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Istnieje wiele typów o nazwie {0}. Wygenerowano źródło dla pierwszego wykrytego elementu. Aby rozwiązać tę kolizję, użyj „JsonSerializableAttribute. TypeInfoPropertyName”.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">Typ „JsonConverterAttribute.Type” zawiera nieprawidłowy lub niedostępny argument.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Element członkowski '{0}' został opatrzony adnotacją 'JsonStringEnumConverter', która nie jest obsługiwana w natywnym AOT. Zamiast tego należy rozważyć użycie ogólnego konwertera „JsonStringEnumConverter<TEnum>”.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Existem vários tipos chamados {0}. A fonte foi gerada para o primeiro detectado. Use 'JsonSerializableAttribute.TypeInfoPropertyName' para resolver esta colisão.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Existem vários tipos chamados {0}. A fonte foi gerada para o primeiro detectado. Use 'JsonSerializableAttribute.TypeInfoPropertyName' para resolver esta colisão.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">O "JsonConverterAttribute.Type" contém um argumento inválido ou inacessível.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">O membro "{0}" foi anotado com "JsonStringEnumConverter" que não tem suporte na AOT nativa. Considere usar o genérico "JsonStringEnumConverter<TEnum>".</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">Существует несколько типов с именем {0}. Исходный код сформирован для первого обнаруженного типа. Используйте JsonSerializableAttribute.TypeInfoPropertyName для устранения этого конфликта.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">Существует несколько типов с именем {0}. Исходный код сформирован для первого обнаруженного типа. Используйте JsonSerializableAttribute.TypeInfoPropertyName для устранения этого конфликта.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">Аргумент "JsonConverterAttribute.Type" содержит недопустимый или недоступный аргумент.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">Элемент "{0}" содержит примечание JsonStringEnumConverter, что не поддерживается в собственном AOT. Вместо этого рассмотрите возможность использовать универсальный параметр JsonStringEnumConverter<TEnum>.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">{0} adını taşıyan birden çok tür var. Kaynak, algılanan ilk tür için oluşturuldu. Bu çarpışmayı çözmek için 'JsonSerializableAttribute.TypeInfoPropertyName' özelliğini kullanın.</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">{0} adını taşıyan birden çok tür var. Kaynak, algılanan ilk tür için oluşturuldu. Bu çarpışmayı çözmek için 'JsonSerializableAttribute.TypeInfoPropertyName' özelliğini kullanın.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type' geçersiz veya erişilemeyen bir bağımsız değişken içeriyor.</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">'{0}' adlı üyeye yerel AOT’de desteklenmeyen 'JsonStringEnumConverter' parametresi eklendi. bunun yerine genel 'JsonStringEnumConverter<TEnum>' parametresini kullanmayı deneyin.</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">有多个名为 {0} 的类型。已为第一个检测到类型的生成源。请使用 'JsonSerializableAttribute.TypeInfoPropertyName' 以解决此冲突。</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">有多个名为 {0} 的类型。已为第一个检测到类型的生成源。请使用 'JsonSerializableAttribute.TypeInfoPropertyName' 以解决此冲突。</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">"JsonConverterAttribute.Type" 包含无效或不可访问的参数。</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">成员“{0}”已使用本机 AOT 中不支持的 "JsonStringEnumConverter" 进行批注。请改为考虑使用泛型 "JsonStringEnumConverter<TEnum>"。</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameMessageFormat">
- <source>There are multiple types named {0}. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
- <target state="translated">有多個名為 {0} 的類型。已為偵測到的第一個項目產生來源。請使用 'JsonSerializableAttribute.TypeInfoPropertyName' 解決此衝突。</target>
+ <source>There are multiple types named '{0}'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.</source>
+ <target state="needs-review-translation">有多個名為 {0} 的類型。已為偵測到的第一個項目產生來源。請使用 'JsonSerializableAttribute.TypeInfoPropertyName' 解決此衝突。</target>
<note />
</trans-unit>
<trans-unit id="DuplicateTypeNameTitle">
<target state="translated">'JsonConverterAttribute.Type' 包含無效或無法存取的引數。</target>
<note />
</trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeMessageFormat">
+ <source>The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</source>
+ <target state="new">The type '{0}' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated.</target>
+ <note />
+ </trans-unit>
+ <trans-unit id="JsonSerializableAttributeOnNonContextTypeTitle">
+ <source>Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</source>
+ <target state="new">Types annotated with JsonSerializableAttribute must be classes deriving from JsonSerializerContext.</target>
+ <note />
+ </trans-unit>
<trans-unit id="JsonStringEnumConverterNotSupportedMessageFormat">
<source>The member '{0}' has been annotated with 'JsonStringEnumConverter' which is not supported in native AOT. Consider using the generic 'JsonStringEnumConverter<TEnum>' instead.</source>
<target state="translated">成員 '{0}' 已使用原生 AOT 不支援的 'JsonStringEnumConverter' 加上標註。請考慮改用一般 'JsonStringEnumConverter<TEnum>'。</target>
Compilation compilation = CompilationHelper.CreateRepeatedLocationsCompilation();
JsonSourceGeneratorResult result = CompilationHelper.RunJsonSourceGenerator(compilation, disableDiagnosticValidation: true);
- INamedTypeSymbol symbol = (INamedTypeSymbol)compilation.GetSymbolsWithName("JsonContext").FirstOrDefault();
- Location location = symbol.GetAttributes()[1].GetLocation();
+ Location location = compilation.GetSymbolsWithName("JsonContext").FirstOrDefault().GetAttributes()[1].GetLocation();
var expectedDiagnostics = new DiagnosticData[]
{
- new(DiagnosticSeverity.Warning, location, "There are multiple types named Location. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.")
+ new(DiagnosticSeverity.Warning, location, "There are multiple types named 'Location'. Source was generated for the first one detected. Use 'JsonSerializableAttribute.TypeInfoPropertyName' to resolve this collision.")
};
CompilationHelper.AssertEqualDiagnosticMessages(expectedDiagnostics, result.Diagnostics);
CompilationHelper.AssertEqualDiagnosticMessages(expectedDiagnostics, result.Diagnostics);
}
+
+ [Fact]
+ public void DiagnosticOnMemberFromReferencedAssembly_LocationDefaultsToContextClass()
+ {
+ Compilation referencedCompilation = CompilationHelper.CreateCompilation("""
+ using System.Text.Json.Serialization;
+
+ namespace Library
+ {
+ public class MyPoco
+ {
+ [JsonConverter(typeof(int))]
+ public int Value { get; set; }
+ }
+ }
+ """);
+
+ // Emit the image of the referenced assembly.
+ byte[] referencedImage = CompilationHelper.CreateAssemblyImage(referencedCompilation);
+ MetadataReference[] additionalReferences = { MetadataReference.CreateFromImage(referencedImage) };
+
+ Compilation compilation = CompilationHelper.CreateCompilation("""
+ using Library;
+ using System.Text.Json.Serialization;
+
+ namespace Application
+ {
+ [JsonSerializable(typeof(MyPoco))]
+ public partial class MyContext : JsonSerializerContext
+ { }
+ }
+ """, additionalReferences);
+
+ JsonSourceGeneratorResult result = CompilationHelper.RunJsonSourceGenerator(compilation, disableDiagnosticValidation: true);
+
+ Location contextLocation = compilation.GetSymbolsWithName("MyContext").First().Locations[0];
+
+ var expectedDiagnostics = new DiagnosticData[]
+ {
+ new(DiagnosticSeverity.Warning, contextLocation, "The 'JsonConverterAttribute' type 'int' specified on member 'Library.MyPoco.Value' is not a converter type or does not contain an accessible parameterless constructor."),
+ };
+
+ CompilationHelper.AssertEqualDiagnosticMessages(expectedDiagnostics, result.Diagnostics);
+ }
+
+ [Fact]
+ public void JsonSerializableAttributeOnNonContextClass()
+ {
+ Compilation compilation = CompilationHelper.CreateCompilation("""
+ using System.Text.Json.Serialization;
+
+ namespace Application
+ {
+ [JsonSerializable(typeof(MyPoco))]
+ public partial class MyContext : IDisposable
+ {
+ public void Dispose() { }
+ }
+
+ public class MyPoco { }
+ }
+ """);
+
+ JsonSourceGeneratorResult result = CompilationHelper.RunJsonSourceGenerator(compilation, disableDiagnosticValidation: true);
+
+ Location contextLocation = compilation.GetSymbolsWithName("MyContext").First().Locations[0];
+
+ var expectedDiagnostics = new DiagnosticData[]
+ {
+ new(DiagnosticSeverity.Warning, contextLocation, "The type 'Application.MyContext' has been annotated with JsonSerializableAttribute but does not derive from JsonSerializerContext. No source code will be generated."),
+ };
+
+ CompilationHelper.AssertEqualDiagnosticMessages(expectedDiagnostics, result.Diagnostics);
+ }
}
}
{
JsonSourceGeneratorResult result = CompilationHelper.RunJsonSourceGenerator(factory(), disableDiagnosticValidation: true);
WalkObjectGraph(result.ContextGenerationSpecs);
+ WalkObjectGraph(result.Diagnostics);
static void WalkObjectGraph(object obj)
{
projects / platform / upstream / dotnet / runtime.git / commitdiff